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Lightweight low cost solution for Footrest for two-wheelers application
Published October 12, 2005 by Society of Automotive Engineers of Japan in Japan
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This Paper describes new design concept of composite Footrest, which is a structural load carrying part in two-wheelers. Glass fibre Chopped Strand Mat (CSM) is used for special grade Sheet Moulding Compound (SMC) for design & development. The paper demonstrates the benefits of use of composites for primary structural two-wheeler parts for improved performance through optimized designs & weight reduction. The example of Footrest development is considered to substantiate the claim of weight saving and cost reduction. Design approach for material & process selection, tool development is explained. Detail FEA has been carried out to evaluate the design options. Key issues of customer's concern for painting & recyclability are discussed briefly.
CitationSharma, N. and Srikanth, K., "Lightweight low cost solution for Footrest for two-wheelers application," SAE Technical Paper 2005-32-0063, 2005.
- Sharma N.C. Vasanth R. “Exploring the future of Plastics and reinforced plastics in Two-wheelers” National Technical Conference on Plastics in Automobiles organized by Society of Plastic Engineers (Indian section) Bangalore, India 52 10th November 2005
- Composite News International, GE Drives Full speed Ahead with Breakthrough Material solutions for More Fuel-Efficient Cars May 2005 http://www.geadvancedmaterials.com
- Harper Alan R. Plastech TT UK, Realising the full economic benefits of automated RTM through new Multiple Insert Tooling (MIT™) Automotive composite workshop December 1998
- Murphy John Reinforced Plastics Handbook Elsevier Advanced Technology Second 26
- Sharma N.C. “Exploring the future of Composites for Automotive application” ISAMPE National Conference on Composites Pune, India 7th - 9th October 2004
- Golovoy A. Sullivan J.L. “The role of paint contamination in recycling bumper fascias” Ford Research Technical Report SR-96-123 1996